An online store is not a brochure site with a shopping cart bolted on. It is a database-driven application that has to stay fast at the exact moment it matters most — when somebody is trying to give you money. We host stores on infrastructure sized for that, and we have been running hosting since 1997.
The difference between a store and a normal website is not size. It is how much of the site can be cached.
A brochure site is almost entirely cacheable. Once a page has been generated it can be served from cache to every subsequent visitor, and the server barely works. That is why cheap hosting looks fine right up until you add a cart.
A store is different. The cart, the checkout, the my-account area and every logged-in session are unique to one shopper. They cannot be cached without breaking them, so each of those requests falls all the way through to PHP and the database. Your store’s real load is concentrated in precisely the resources that budget hosting rations hardest.
This is why the classic symptom is so specific: the catalog feels quick, and then the checkout crawls. It is also why adding another caching plugin rarely helps. The pages that are slow are the ones caching cannot touch.
What actually fixes it is resources that belong to you — guaranteed CPU, memory and PHP processes that a neighbouring account cannot consume — and a PHP handler efficient enough that each uncacheable request costs less to serve.
WooCommerce is the most common way to sell online, and it is deceptively demanding. Cart fragments fire on ordinary catalog pages, admin-ajax gets called constantly, and wp-cron runs on visitor requests unless it has been moved to a real system cron. On a crowded server those behaviours compound until checkout times out.
Our platform serves cacheable pages from an nginx caching layer sitting in front of Apache, while uncacheable requests are executed by mod_lsapi, a high-performance PHP handler with your account’s own CPU and memory behind it. We will also move wp-cron to a proper scheduled job during migration, which is one of the single most effective fixes for a sluggish store.
Magento 2 is the clearest example of an application generic shared hosting cannot carry. It wants a generous PHP memory limit, Composer access, real cron control for indexers, and a database that is not competing with hundreds of other accounts. Hosts that quietly cap those things are why so many Magento installs fail during reindexing.
We support Magento on our cloud platform, and when a catalog or a traffic pattern genuinely outgrows shared resources we will say so and move you to dedicated hardware rather than let the store degrade. Our full write-up on what Magento actually needs is in Best Hosting for Magento Stores in 2026.
Every account runs in its own CloudLinux container with dedicated CPU, memory and process limits. A neighbour’s traffic spike hits their ceiling, not your checkout.
Served over HTTP/2 with an nginx caching layer in front for the pages that can be cached.
PHP runs through the mod_lsapi handler, which is materially more efficient per request than older handlers — and uncacheable checkout traffic is exactly where that efficiency is felt.
Choose your PHP version per account, including hardened builds of older branches that still receive backported security patches for legacy extensions.
Daily JetBackup snapshots stored away from the live machine, restorable as a whole account or a single file from cPanel.
cPGuard protection on the platform and Cloudflare included, putting your static assets on a global edge network close to your shoppers.
Migration assistance is available, and it does not involve a window where your store is offline.
We stage the store on our platform first and give you a way to test it properly — browse the catalog, add to cart, run a real checkout — while your live store keeps taking orders on the old host. Nothing changes for your customers until you are satisfied.
Only then do we cut DNS over. If you are coming from another cPanel host the transfer is usually seamless. The mechanics are covered in how to point a domain to a new host without downtime.
Yes, substantially. A brochure site can be served almost entirely from cache. A store cannot: the cart, the checkout, the my-account area and every logged-in session must be generated fresh by PHP and the database on each request.
Because the fast pages are being served from cache and the checkout is not. Caching cannot be applied to a cart without breaking it, so those requests fall through to PHP. If the account is short on CPU, memory or PHP processes, the slowness appears exactly there.
It depends on catalog size, plugin load and concurrent shoppers, so any host quoting a single number without asking about your store is guessing. We would rather measure your real peak concurrency and size from that.
Yes — generous PHP memory, Composer access, cron control and a database that is not contended. For large catalogs we will recommend dedicated resources rather than let you outgrow a plan quietly.
Yes. We run hardened PHP builds that keep receiving backported security patches after community support for that branch ends, so a legacy extension can keep working safely while you plan an upgrade.
No. Each account is confined to its own resource container, so another customer’s spike or runaway script cannot consume the CPU and memory allocated to you.
Yes, and migration assistance is available. We stage the store, you test a real checkout, and DNS moves only when you are happy. Your store keeps taking orders on the old host until you switch.
Most stores do not. Isolated cloud resources carry the majority of catalogs comfortably. When yours genuinely needs more, we would rather tell you than sell you something you are not using.
Free, vendor-neutral how-tos from our Southern California support team.
What your Magento store really needs to run fast.
How a fast stack improves rankings and conversions.
Cut over to a new host without dropping orders.
